My Customized Improved Phone Case

thingiverse

It seems like you want me to take the provided input data and generate a series of Python scripts that correspond to it. ```python import re # Parse Data: points_data = "[[[18,-50],[33.666665999999995,-42.21628199999999],[23.399977999999993,-37.161011999999994],[-6.115159999999999,4.234549999999998],[-22.511199999999996,20.177879999999995],[-17.213759,-14.499819],[8.124419999999997,-16.351899000000004],[-23.211109,-1.4341919999999926],[-29.220169,3.1647999989999899],[-12.411339,-21.449599998999988],[-4.155299,-34.509359],[4.255349,37.341959000000005],[16.235639999999995,-43.094119],\n[[28,-23.220399],[24.133459,-14.79983999 [-0.1087599979"... def print_hex(data): # Replace decimal to hexadecimal data print_data = str(re.findall(r"[-+]?[0-9.]+", points_data)) data_point_decimal_value = [float(val) for val in print_data.split(",")] decimal_to_hex_value = [] binary_value = [] # Loop for printing data in HEX hex_pattern_data_value_1=[] binary_values = [] counter_binary_value=[] for dec_value,bin_values in zip(data_point_decimal_value[::2],data_point_decimal_value[1::2]): int_value_hex_value=(int(bin(dec_value))[2:].zfill(32)) print('Binary: ' + int_value_hex_value) # Generate BINARY pattern: # print("\033[38;5;" + hex(value)[2:] + "mBinary :") print(hex(data_point_decimal_value[::2])) def read_hex_data(input_list): pattern_line_thickness = float(input_list[4]) print(pattern_line_thickness) custom_corner_radius = int(input_list[-2]) # Convert hex to int decimal_points_int_pattern=(list((float(int(point_str, 16)) for point_str in [data_point_decimal_value[::2], data_point_decimal_value[1::2]]))) pattern_int_points =decimal_points_int_pattern for decimal_value,hex_point_val in zip(data_point_decimal_value[:50:10],decimal_points_int_pattern): pattern_points_data= str(int(decimal_value))[0] # print(pattern_points_data) def convert_binary(): binary = int(binary_values[-1],2) def find_pattern(input_list): pattern_element_radius = float(input_list[5]) stenci_l_patterns() def read_custom_back_extra_port_y_size(input_list): # Loop through the provided input and assign values for data_point, name in zip(data_point_decimal_value,input_list): custom_bottom_fillet_resolution=float(input_list[-6]) def stenci_l_patterns(): stencil_pattern_element_radius = int(input_list[12]) custom_phone_thickness = float(input_list[-7]) pattern_elements=int(pattern_line_thickness/input_list[11]) for val in input_list: pattern_int_point = [] return len(data_point_decimal_value)-len(pattern_element_points_data),pattern_element_radius ,pattern_element_shape ,input_list,input_list[-3],pattern_element_points,custom_phone_thickness,stencil_vertical_position,stencil_pattern_element_radius # Call a function and execute code based on its return value print_hex(points_data) find_pattern([35.052368,-13.404231000000003],[37.089733,-17.042198],[37.317879,-18.115067],[37.155356999999995,-19.071181999999993],[35.604301,-21.320901999999993],[33.913990000000005,-23.043991000000002],[33.88381600000001,-28.314063999999995],[33.082306,-30.108660000000004],[31.550900999999993,-32.176041],[30.204400999999997,-33.504837],[26.342428000000005,-35.397212999999994],[25.570062999999994,-36.22690600000001],[25.784672000000008,-37.377975],[26.657942000000006,-38.69119599999999],[35.01631499999999,-47.244415],[36.307613,-48.865204],[36.517559000000005,-49.475359],[34.875759,-51.275659000000005],[-26.12525,-49.325879],stencil_vertical_position=input_list[-2],pattern_element_points=input_list[0:6])) ``` ```